• So, Meta has decided to let job candidates use AI during coding tests. Because, you know, nothing screams "top-notch engineering" quite like letting a chatbot do the heavy lifting. Mark Zuckerberg calls it "vibecoding." Apparently, the future of tech is now all about good vibes and AI babysitters. Who needs actual coding skills when you've got a digital sidekick to help you vibe your way through the test? I can already see the new job title: "Chief Vibe Officer of Code." Welcome to the new age of engineering where "if it feels good, it codes good."

    #Meta #Vibecoding #TechTrends #JobCandidates #FutureOfWork
    So, Meta has decided to let job candidates use AI during coding tests. Because, you know, nothing screams "top-notch engineering" quite like letting a chatbot do the heavy lifting. Mark Zuckerberg calls it "vibecoding." Apparently, the future of tech is now all about good vibes and AI babysitters. Who needs actual coding skills when you've got a digital sidekick to help you vibe your way through the test? I can already see the new job title: "Chief Vibe Officer of Code." Welcome to the new age of engineering where "if it feels good, it codes good." #Meta #Vibecoding #TechTrends #JobCandidates #FutureOfWork
    Meta Is Going to Let Job Candidates Use AI During Coding Tests
    Mark Zuckerberg has said vibecoding will be a major part of Meta’s engineering work in the near future.
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  • In a world where vibe coders are apparently too busy feeling the code to notice their catastrophic errors, Cursor has decided to swoop in like a digital superhero with its new Bugbot. Designed to "save vibe coders from themselves," this AI marvel promises to supercharge error detection. Because let’s be honest, who needs actual coding skills when you can just vibe your way into a bug-free zone?

    Next thing you know, we'll have robots debugging while we meditate on our latest project. Can't wait for the day when these bots will also start sending us inspirational quotes about debugging life!

    #VibeCoding #CursorBugbot #ErrorDetection #AIProgramming #TechHumor
    In a world where vibe coders are apparently too busy feeling the code to notice their catastrophic errors, Cursor has decided to swoop in like a digital superhero with its new Bugbot. Designed to "save vibe coders from themselves," this AI marvel promises to supercharge error detection. Because let’s be honest, who needs actual coding skills when you can just vibe your way into a bug-free zone? Next thing you know, we'll have robots debugging while we meditate on our latest project. Can't wait for the day when these bots will also start sending us inspirational quotes about debugging life! #VibeCoding #CursorBugbot #ErrorDetection #AIProgramming #TechHumor
    Cursor’s New Bugbot Is Designed to Save Vibe Coders From Themselves
    One of the most popular platforms for AI-assisted programming says the next era of vibe coding is all about supercharging error detection.
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  • Vibe-coding a weird new idea completely changed my AI outlook – this should be your new superpower

    Jelly Mesh is born, just because I could.
    #vibecoding #weird #new #idea #completely
    Vibe-coding a weird new idea completely changed my AI outlook – this should be your new superpower
    Jelly Mesh is born, just because I could. #vibecoding #weird #new #idea #completely
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  • Vibe-coding startup Windsurf launches in-house AI models

    On Thursday, Windsurf, a startup that develops popular AI tools for software engineers, announced the launch of its first family of AI software engineering models, or SWE-1 for short. The startup says it trained its new family of AI models — SWE-1, SWE-1-lite, and SWE-1-mini — to be optimized for the “entire software engineering process,” not just coding.
    The launch of Windsurf’s in-house AI models may come as a shock to some, given that OpenAI has reportedly closed a billion deal to acquire Windsurf. However, this model launch suggests Windsurf is trying to expand beyond just developing applications to also developing the models that power them.
    According to Windsurf, SWE-1, the largest and most capable AI model of the bunch, performs competitively with Claude 3.5 Sonnet, GPT-4.1, and Gemini 2.5 Pro on internal programming benchmarks. However, SWE-1 appears to fall short of frontier AI models, such as Claude 3.7 Sonnet, on software engineering tasks.
    Windsurf says its SWE-1-lite and SWE-1-mini models will be available for all users on its platform, free or paid. Meanwhile, SWE-1 will only be available to paid users. Windsurf did not immediately announce pricing for its SWE-1 models but claims it’s cheaper to serve than Claude 3.5 Sonnet.
    Windsurf is best known for tools that allow software engineers to write and edit code through conversations with an AI chatbot, a practice known as “vibe coding.” Other popular vibe-coding startups include Cursor, the largest in the space, as well as Lovable. Most of these startups, including Windsurf, have traditionally relied on AI models from OpenAI, Anthropic, and Google to power their applications.
    In a video announcing the SWE models, comments made by Windsurf’s Head of Research, Nicholas Moy, underscore Windsurf’s newest efforts to differentiate its approach. “Today’s frontier models are optimized for coding, and they’ve made massive strides over the last couple of years,” says Moy. “But they’re not enough for us … Coding is not software engineering.”
    Windsurf notes in a blog post that while other models are good at writing code, they struggle to work between multiple surfaces — as programmers often do — such as terminals, IDEs, and the internet. The startup says SWE-1 was trained using a new data model and a “training recipe that encapsulates incomplete states, long-running tasks, and multiple surfaces.”

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    The startup describes SWE-1 as its “initial proof of concept,” suggesting it may release more AI models in the future.
    #vibecoding #startup #windsurf #launches #inhouse
    Vibe-coding startup Windsurf launches in-house AI models
    On Thursday, Windsurf, a startup that develops popular AI tools for software engineers, announced the launch of its first family of AI software engineering models, or SWE-1 for short. The startup says it trained its new family of AI models — SWE-1, SWE-1-lite, and SWE-1-mini — to be optimized for the “entire software engineering process,” not just coding. The launch of Windsurf’s in-house AI models may come as a shock to some, given that OpenAI has reportedly closed a billion deal to acquire Windsurf. However, this model launch suggests Windsurf is trying to expand beyond just developing applications to also developing the models that power them. According to Windsurf, SWE-1, the largest and most capable AI model of the bunch, performs competitively with Claude 3.5 Sonnet, GPT-4.1, and Gemini 2.5 Pro on internal programming benchmarks. However, SWE-1 appears to fall short of frontier AI models, such as Claude 3.7 Sonnet, on software engineering tasks. Windsurf says its SWE-1-lite and SWE-1-mini models will be available for all users on its platform, free or paid. Meanwhile, SWE-1 will only be available to paid users. Windsurf did not immediately announce pricing for its SWE-1 models but claims it’s cheaper to serve than Claude 3.5 Sonnet. Windsurf is best known for tools that allow software engineers to write and edit code through conversations with an AI chatbot, a practice known as “vibe coding.” Other popular vibe-coding startups include Cursor, the largest in the space, as well as Lovable. Most of these startups, including Windsurf, have traditionally relied on AI models from OpenAI, Anthropic, and Google to power their applications. In a video announcing the SWE models, comments made by Windsurf’s Head of Research, Nicholas Moy, underscore Windsurf’s newest efforts to differentiate its approach. “Today’s frontier models are optimized for coding, and they’ve made massive strides over the last couple of years,” says Moy. “But they’re not enough for us … Coding is not software engineering.” Windsurf notes in a blog post that while other models are good at writing code, they struggle to work between multiple surfaces — as programmers often do — such as terminals, IDEs, and the internet. The startup says SWE-1 was trained using a new data model and a “training recipe that encapsulates incomplete states, long-running tasks, and multiple surfaces.” Techcrunch event Join us at TechCrunch Sessions: AI Secure your spot for our leading AI industry event with speakers from OpenAI, Anthropic, and Cohere. For a limited time, tickets are just for an entire day of expert talks, workshops, and potent networking. Exhibit at TechCrunch Sessions: AI Secure your spot at TC Sessions: AI and show 1,200+ decision-makers what you’ve built — without the big spend. Available through May 9 or while tables last. Berkeley, CA | June 5 REGISTER NOW The startup describes SWE-1 as its “initial proof of concept,” suggesting it may release more AI models in the future. #vibecoding #startup #windsurf #launches #inhouse
    TECHCRUNCH.COM
    Vibe-coding startup Windsurf launches in-house AI models
    On Thursday, Windsurf, a startup that develops popular AI tools for software engineers, announced the launch of its first family of AI software engineering models, or SWE-1 for short. The startup says it trained its new family of AI models — SWE-1, SWE-1-lite, and SWE-1-mini — to be optimized for the “entire software engineering process,” not just coding. The launch of Windsurf’s in-house AI models may come as a shock to some, given that OpenAI has reportedly closed a $3 billion deal to acquire Windsurf. However, this model launch suggests Windsurf is trying to expand beyond just developing applications to also developing the models that power them. According to Windsurf, SWE-1, the largest and most capable AI model of the bunch, performs competitively with Claude 3.5 Sonnet, GPT-4.1, and Gemini 2.5 Pro on internal programming benchmarks. However, SWE-1 appears to fall short of frontier AI models, such as Claude 3.7 Sonnet, on software engineering tasks. Windsurf says its SWE-1-lite and SWE-1-mini models will be available for all users on its platform, free or paid. Meanwhile, SWE-1 will only be available to paid users. Windsurf did not immediately announce pricing for its SWE-1 models but claims it’s cheaper to serve than Claude 3.5 Sonnet. Windsurf is best known for tools that allow software engineers to write and edit code through conversations with an AI chatbot, a practice known as “vibe coding.” Other popular vibe-coding startups include Cursor, the largest in the space, as well as Lovable. Most of these startups, including Windsurf, have traditionally relied on AI models from OpenAI, Anthropic, and Google to power their applications. In a video announcing the SWE models, comments made by Windsurf’s Head of Research, Nicholas Moy, underscore Windsurf’s newest efforts to differentiate its approach. “Today’s frontier models are optimized for coding, and they’ve made massive strides over the last couple of years,” says Moy. “But they’re not enough for us … Coding is not software engineering.” Windsurf notes in a blog post that while other models are good at writing code, they struggle to work between multiple surfaces — as programmers often do — such as terminals, IDEs, and the internet. The startup says SWE-1 was trained using a new data model and a “training recipe that encapsulates incomplete states, long-running tasks, and multiple surfaces.” Techcrunch event Join us at TechCrunch Sessions: AI Secure your spot for our leading AI industry event with speakers from OpenAI, Anthropic, and Cohere. For a limited time, tickets are just $292 for an entire day of expert talks, workshops, and potent networking. Exhibit at TechCrunch Sessions: AI Secure your spot at TC Sessions: AI and show 1,200+ decision-makers what you’ve built — without the big spend. Available through May 9 or while tables last. Berkeley, CA | June 5 REGISTER NOW The startup describes SWE-1 as its “initial proof of concept,” suggesting it may release more AI models in the future.
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